PHY 712 Electrodynamics 10-10:50 AM MWF Olin 107 Plan for Lecture 33:
FLEXIBLE DISPLAYS By: Algilyne Gengania MWF 10:20 am – 11:45 am.
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Transcript of FLEXIBLE DISPLAYS By: Algilyne Gengania MWF 10:20 am – 11:45 am.
FLEXIBLE DISPLAYS
By: Algilyne GenganiaMWF 10:20 am – 11:45 am
What are Flexible Displays?
• It’s a display flexible in nature.• Different from traditional flat screen displays.• Thin, flexible, clear with properties of glass.• Flexible & unbreakable & also conserve low
battery.• More efficient when compared with
Smartphones.• It’s durable & can be water resistant.
Advantages of Flexible Displays
• They have less weight and thinner.• It is improved in its durability.• Less prone to cracking during handling.• They can lower manufacturing costs• It has an indestructible quality.• Increase product life & make new designs.
Disadvantages of Flexible Displays
• There may be residual stress from disposition of layers onto flexible substrate.
• Thermal stress due to different coefficientof thermal expansion of materials in device.
• External stress from the bending of device.• Causes complete breakdown of the device.
Why are they made?
Flexible screens have the potential to strike the perfect balance; a smart phone that could expand into a large display in your hands, but fold up small to be slipped into your pocket. Tablets that could
be rolled up and stuck into a purse or backpack would havean added appeal to magazine readers.The technology’s well on its way.
Some companies showed a video thata smartphone was folded into a tablet.
Overview of the Flexible Display Unit
A picture of a flexible screen with a organic light emitting diode
used to make flexible displays
Companies that developed Flexible Displays
Flexible Display Products
Researchers of Flexible Displays
END OF PRESENTATION